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[460 32] Optical bench with standardised profile, 1 m
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P1.1.3.2 Determining the gravitational constant with the gravitation torsion balance after Cavendish - Recording the excursion and evaluating the measurement with the IR position detector and PC
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P5.3.1.1 Diffraction at a slit, at a post and at a circular iris diaphragm
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P5.3.1.2 Diffraction at a double slit and multiple slits
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P5.3.1.3 Diffraction at one- and two-dimensional gratings
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P5.3.1.9 Investigation of the spatial coherence of an extended light source
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P5.3.2.1 Interference at a Fresnel's mirror with an He-Ne laser
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P5.3.2.2 Lloyds mirror experiment with an He-Ne laser
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P5.3.2.3 Interference at Fresnels biprism with an He-Ne laser
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P5.3.3.1 Newton's Rings in transmitted monochromatic light
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P5.3.3.2 Newton's rings in transmitted and reflected white light
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P5.3.4.3 Determining the wavelength of the light of an He-Ne laser using a Michelson interferometer - Set-up on the optical bench
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P5.3.4.4 Determination of the coherence time and the line width of spectral lines with the Michelson interferometer
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P5.3.4.5 Investigation of the pressure induced line broadening using a Michelson interferometer
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P5.3.4.6 Determination of the line splitting of two spectral lines using a Michelson interferometer
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P5.4.4.1 Investigating the Kerr effect in nitrobenzene
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P5.4.5.1 Demonstrating the Pockels effect in a conoscopic beam path
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P5.4.5.2 Pockels effect: transmitting information using modulated light
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P5.4.6.1 Faraday effect: determining Verdets constant for flint glass as a function of the wavelength
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P5.5.2.1 Stefan-Boltzmann law: measuring the radiant intensity of a "black body" as a function of temperature
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P5.5.2.2 Stefan-Boltzmann law: measuring the radiant intensity of a "black body" as a function of temperature - Recording and evaluating with CASSY
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P5.5.2.3 Confirming the laws of radiation with Leslie's cube
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P5.7.2.3 Assembling a grating spectrometer for measuring spectral lines
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P5.7.2.4 Determining the grating constant of a holographic grating with an He-Ne-Laser
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P6.2.2.3 Investigating the spectrum of a high pressure mercury lamp
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P6.2.7.3 Observing the normal Zeeman effect in transverse and longitudinal configuration - spectroscopy using a Fabry-Perot etalon
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P6.2.7.4 Measuring the Zeeman splitting of the red cadmium line as a function of the magnetic field - spectroscopy using a Fabry-Perot etalon
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P6.2.8.1 Optical pumping: observing the relaxation signal
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P6.2.8.2 Optical pumping: measuring and observing the Zeeman transitions in the ground states of Rb-87 with s+- and s--pumped light
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P6.2.8.3 Optical pumping: measuring and observing the Zeeman transitions in the ground states of Rb-85 with s+- and s--pumped light
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P6.2.8.4 Optical pumping: measuring and observing the Zeeman transitions in the ground states of Rb-87 as a function of the magnetic flux density B
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P6.2.8.5 Optical pumping: measuring and observing the Zeeman transitions in the ground states of Rb-85 as a function of the magnetic flux density B
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P6.2.8.6 Optical pumping: measuring and observing two-quantum transitions
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P7.2.3.1 Recording the current-voltage characteristics of a CdS photoresistor
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